Table 6: Parameters of the C-shock models that best fit the SiO and CH₃OH observational data shown in Figs. 6 and 7.
$v_{\rm s}$ n(H₂) B₀ $\Delta$ $T_{\rm n,max}$ $z_{\rm n}$ $z_{\rm i}$ $z_{\rm T}$ $a_{\rm T}$ $z_{\rm n}/z_{\rm i}$

(km s^-1) (cm^-3) ( $\mu$ G) (pc) (K) (cm) (cm) (cm) (K^1/6 cm^-1)

30 10⁵ 450 0.0036 2000 $2.1\times10^{15}$ $5.0\times10^{14}$ $8.0\times10^{14}$ $2.0\times10^{-15}$ 4.2

60 10⁵ 450 0.0072 6000 $4.1\times10^{15}$ $1.0\times10^{15}$ $1.1\times10^{15}$ $1.8\times10^{-15}$ 4.0

**Table 6:** Parameters of the C-shock models that best fit the SiO and CH₃OH observational data shown in Figs. 6 and 7.
$v_{\rm s}$	n(H₂)	B₀	$\Delta$	$T_{\rm n,max}$	$z_{\rm n}$	$z_{\rm i}$	$z_{\rm T}$	$a_{\rm T}$	$z_{\rm n}/z_{\rm i}$
(km s^-1)	(cm^-3)	( $\mu$ G)	(pc)	(K)	(cm)	(cm)	(cm)	(K^1/6 cm^-1)
30	10⁵	450	0.0036	2000	$2.1\times10^{15}$	$5.0\times10^{14}$	$8.0\times10^{14}$	$2.0\times10^{-15}$	4.2
60	10⁵	450	0.0072	6000	$4.1\times10^{15}$	$1.0\times10^{15}$	$1.1\times10^{15}$	$1.8\times10^{-15}$	4.0

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